C Programming for Beginners - Go from Zero to Hero!

Explore how C makes decisions with the ternary operator, if-else chains, and switch statements, using relational, equality, and logical operators on integral types.

explore boolean operators in C by defining true and false as integers, testing relational and equality operators, and printing results with printf using the ternary operator to show truth values.

Learn how to use a five-element grades array stored as a collection of values, indexed from zero, then loop to print each grade, accumulate total, and compute a float average.

Explore how pointers are variables that store memory addresses, using the address-of and indirection operators to access values.

Explore how pointers work in C by declaring an int and its pointer, printing addresses and contents, and using argc and argv as strings.

Compare while, do-while, and for loops in C, highlighting pre-check versus post-check execution and the initialization, condition, and increment components while counting from 0 to 9.

Explore how C functions work, including void returns, parameter passing, and basic function calls. Learn casting int to float, printing via functions, and printing wedges with a symbol and lines.

Understand how pass by value and pass by reference work in C. See how pointers modify outside values and enable swaps and array access.

Demonstrate pass by value and pass by reference with a swap example, showing that using pointers and addresses swaps in place, while passing by value does not.

Explore the GCC function list and learn to use the scanf formatted input function to read two numbers, handle pointers, and identify proper headers like stdio.h.

Learn to read two integers with scanf using prompts, then compute and display their sum, product, and maximum with simple functions in C.

Explore finding max and min in an array using pointer arithmetic in C, illustrating pointers as addresses, array equivalence, and limits.h values; learn risks of misuse.

Explore a structured C demo that defines a book structure with title, author, and pages, allocates a heap instance with malloc, accesses fields via dot and arrow, and frees memory.

Master linked lists by learning how singly and doubly linked structures use head and tail pointers, next and previous links, and memory management with allocation and free.

Interprets command-line tokens as stack commands in a simple C interpreter. Pushes integers from numeric tokens, supports swap, print, mem operations, and error-checked parsing.

Explore queue fundamentals with a linked-list queue, enqueuing to the end and dequeuing from the front, contrast with a stack, and model a to-do list.

Enqueue strings from an array into a queue, then repeatedly dequeue and prompt 'have you done the task' until the queue is empty, illustrating a simple queue in C.

Explore a doubly linked list demo using nodes with name and phone number, head, tail, and current pointers, and add and delete operations with traversal via next and previous.